Why New Medical Equipment Ends Up Unused (It’s Not the Device)

In November 2023, I opened the monthly utilization report for our new digital radiography room and felt my stomach drop.

Eleven exams.

Our business plan had projected thirty-eight.

The machine wasn’t broken. It had been installed on time. The images were crisp. No clinician had complained about the hardware. And yet, six months after go-live, the room sat empty for most of the day. My first instinct was to blame the imaging vendor. It took me three more weeks to admit that the real problem was me.

I’m an administrator, not a clinician. I’ve managed procurement for a regional health system for about seven years, covering roughly $8 million in annual non-payroll spend. When equipment fails, I usually look at the contract. This contract was clean. The purchase had gone through every approval. That was the unsettling part: a completely by-the-book acquisition had produced an underused medical imaging system.

A Medical Imaging Purchase That Should Have Been a Workflow Purchase

We ran a formal RFP. The two finalists had similar detectors, similar software, and similar upgrade paths. The lowest-priced bidder quoted $42,000 less, and finance was happy to sign with them.

The detail I missed was buried in the implementation section.

After 5 p.m., our facility doesn’t have a radiologist on site. Studies have to go to an off-site teleradiology group. The lower-priced system didn’t talk cleanly to the teleradiology platform we already used. The radiologic technologist had to export each study, upload it through a portal, and then manually confirm that the report came back.

Seven extra minutes per exam.

Seven minutes sounds small. But on a busy evening, with one technologist covering urgent care and the main emergency room, it was enough reason to roll the older portable unit down the hallway instead. The portable unit produced lower-resolution images. It also worked without friction.

Clinicians vote with their feet. The $42,000 we saved on the sticker price came back to haunt us as wasted time, duplicated work, and a capital asset that produced a fraction of the volume we had promised the board.

ECRI Institute has published for years on health technology hazards linked to usability and workflow. I used to read those reports as an academic exercise. Now I read them as procurement guidance.

The Second Lesson: ECG Monitors and a Skill Nobody Budgeted For

I told myself the imaging problem was too specific. Teleradiology wouldn’t apply to our next project. It didn’t take long to be proven wrong.

In early 2024, we bought new bedside monitors with 12-lead ECG capability. We compared vendors by features, price, and service contract. The monitors passed on every criterion.

Three months after go-live, I asked how often the 12-lead mode was actually being used. The nurse manager gave me a look that I’ve since learned to recognize.

“Everyone can attach the leads,” she said. “The problem is reading the strips. A lot of our nurses learned it years ago and never had to use it regularly. They don’t feel confident being the person who says, ‘This looks like something.’”

There it was. We had bought technology that displayed more information than our staff felt equipped to act on. The real question wasn’t “which monitor should we buy?” It was “how do we make sure the people at the bedside can use this information well?”

At teaching hospitals, the internal medicine residency program ensures that physicians review ECGs constantly. Residents learn how to read an ECG strip through repetition and direct feedback. In a community hospital, no one owns that kind of training. It doesn’t come with the monitor. We had never put it in the purchasing plan.

Even Ostomy Supplies Followed the Same Pattern

I used to think these lessons were reserved for expensive capital equipment. Last year, ostomy supplies proved me wrong at a much smaller dollar amount.

When an existing manufacturer discontinued a pouch line, we had to find a replacement. I compared two alternatives and chose the one that was 8 percent cheaper. The dimensions looked similar, and the product literature checked out.

Three weeks later, our home-health nurses started reporting problems. Patients who had previously changed their pouch every three or four days were now needing changes every day or two. The cheaper flange didn’t fit as reliably on certain body types, and the skin irritation that followed made things worse.

Those extra product changes don’t show up on the supplier’s invoice. They show up as nursing visits, wound-care supplies, and patient discomfort. The 8 percent savings disappeared in about a week.

An ostomy pouch is small. The surrounding decision is not. We weren’t buying a commodity. We were buying a clinical outcome.

The Price of a Price-Driven Decision

Let me put a number on the imaging mistake. At our payer mix and an average reimbursement of about $85 per exam, the gap between 38 projected exams and 11 actual exams was roughly $2,300 a week in lost contribution. Over six months, that was close to $60,000. The number is conservative because it doesn’t include the extra technologist time spent on workarounds or the accelerated wear on the older portable unit.

I can’t put an honest dollar figure on the ECG confidence gap. What I can tell you is that the feature we paid extra for wasn’t being used as intended for months. That’s the same disease: a device is only worth what the people operating it are prepared to do with it.

Unused equipment still generates costs. Depreciation runs. Service contracts run. We paid for maintenance on the old unit longer because it never got retired. Meanwhile, the new room produced no revenue to offset the cost.

Some costs don’t show up in a budget at all. Every misspent capital project teaches the medical staff to distrust the next one. When the next proposal arrives, they remember the room that sat dark, the monitor features nobody used, the supply change that made patients uncomfortable. That cultural resistance is real, and it makes every future implementation harder.

How I Buy Medical Equipment Now

I don’t want to pretend I have a perfect system. What changed is the starting point. Before I compare product specs or look at a price list, I try to understand the work the device will do in our building.

Three questions shape every purchase now:

Who uses this on a normal day, and what does the full process look like around it? If nobody can describe the first patient from arrival to follow-up, the device will define the workflow. That’s backwards.

What training and proficiency plan comes with it? Not a one-hour orientation, but a real plan for helping staff become confident. For the ECG monitors, the missing piece was interpretation practice. For the imaging system, it was integration training. I ask who is responsible, how many shifts are needed, and who covers the unit while people train.

What else has to be true for this to work? Interfaces, consumables, accessories, clinical support, and reporting. If those aren’t defined, the cheapest bid is a trap.

Only after those answers do I ask for the price. In fact, I now bring the clinical team into the first conversation with any vendor. When a department asks about Hamilton Medical equipment, or any other manufacturer, the discussion starts the same way: workflow, training, integration. Price comes last, not first.

I still care about cost. I care less about the sticker price and much more about the cost of my own unpreparedness.

Caveat: I work in a mid-sized regional health system, not a large academic medical center with 24/7 in-house radiology and a large clinical engineering group. If you have those resources, your experience may differ. But I have enough colleagues in bigger facilities to know that unused equipment is not just a small-hospital problem.

The machine is never the whole investment. The real investment is whether people, process, and device can work together. Buy the readiness first. The hardware will follow.